Categories: News

Chromatic 3D Materials qualifies for airworthiness

Passing 14 CFR vertical burn tests and demonstrating compliance with anti-flammability aviation standards

Chromatic 3D Materials, a 3D printing materials and technology provider, has passed 14 CFR vertical burn tests – which demonstrate compliance with anti-flammability standards for airworthiness. Chromatic’s durable, abrasion-resistant thermoset polyurethanes are suitable for a wide variety of airline parts, including elastomeric components used in stowage compartments and decorative panels, as well as ductwork, cargo liners, fabric sealing, and many other applications.

Testing conducted by the National Institute for Aviation Research at Wichita State University showed that multiple polyurethanes 3D printed by Chromatic are compliant with United States standards for use in aircraft interiors. ChromaLast 65, ChromaMotive 70, and ChromaFlow 90 each passed the 12-second vertical burn test necessary for use in floor coverings, textiles and cushions, decorative parts, galley furnishings, electrical conduits, insulating components, ducts, cargo liners, and more. Furthermore, both ChromaLast 65 and ChromaFlow 90 passed the 60-second vertical burn test for interior panels, galleys, and under-seat stowage areas.

Having met these crucial requirements, Chromatic can now offer the aerospace market the benefits of its RX-AM materials and technology platform for additive manufacturing. These benefits include low tooling costs for low- and medium-volume manufacturing, as well as cost-effective prototyping and high-mix production. In addition to this, RX-AM makes it possible to produce high-quality components with limited material stock – allowing aerospace companies to print parts on demand, outside of traditional manufacturing environments.

“Additive manufacturing can revolutionize product design and supply chains – and it all starts with the type of materials that are available. The aviation industry has some of the most stringent materials requirements, and we are pleased that test results from the National Institute for Aviation Research prove Chromatic’s materials pass with flying colors. We’re confident that our industrial-strength polyurethanes will open doors for 3D printed applications in aviation as well as other industries that require safe, flame-resistant materials, including automotive, furniture, and apparel,” said Dr. Cora Leibig, Founder and CEO of Chromatic.

Subscribe to AM Chronicle Newsletter to stay connected:  https://bit.ly/3fBZ1mP 

Follow us on LinkedIn: https://bit.ly/3IjhrFq 

Visit for more interesting content on additive manufacturing: https://amchronicle.com

Original Source

AM Chronicle Editor

Recent Posts

Phillips Machine Tools and EOS Forge Strategic Partnership to Boost Advanced Manufacturing in MEA Region

Building on their established successes in India and the USA, EOS and Phillips Machine Tools…

3 days ago

Global Expansion in Construction: CPAC and SAMSUNG E&A Partner to Revolutionize with 3D Printing and Advanced Cementitious Materials

CPAC, a subsidiary of SCG, has entered into a significant partnership with SAMSUNG E&A to…

3 days ago

TU Graz Researchers Develop AddJoining Technique for 3D Printing Wood-Polymer Joints

A research team from Graz University of Technology (TU Graz) in Austria has introduced two…

4 days ago

Transforming the Future of Maintenance, Repair and Overhaul (MRO)

Aircraft maintenance plays a critical role in today's aviation industry, especially given the current challenges…

4 days ago

Calum Stewart on Revolutionizing Military Operations with Additive Manufacturing: Insights from SPEE3D’s Success

Calum Stewart Calum Stewart, a leading figure at SPEE3D, has been at the forefront of…

4 days ago

5 questions on Additive Manufacturing for Rolf Mack from KraussMaffei

The Vice President of Rolf Mack at KraussMaffei talks about the future vision of Additive…

4 days ago